My name is Peng Peng, and I am a Master's student in Engineering Mechanics at the School of Naval Architecture and Ocean Engineering. Throughout my academic journey, I have developed a strong passion for mathematics, particularly in nonlinear differential equations, perturbation theory, calculus of variations, dynamical systems, and chaos theory.
- OpenFOAM/C++/STAR-CCM+ - Use the finite volume method to simulate sloshing flows.
- Python/MATLAB/Julia - Analyze experimental data and apply AI models to automatically identify wave profiles.
- Wolfram Mathematica/Maxima CAS - Study Faraday waves using the harmonic balance perturbation method.
- Abaqus/Patran/Nastran - Apply the finite element method to evaluate the structural strength of offshore platforms and marines.
- SolidWorks/CATIA/HyperMesh/ICEM - Model and mesh offshore structures and marines.
- Paraview/Blender - Render turbulent flow simulations.
- Emacs Lisp/LaTeX - Create presentations.
- Sloshing flows, Faraday waves, turbulent flows
- Fluid-structure interactions, flow-induced vibrations and control
- Wave energy converter, wind turbine floaters
- Computational fluid dynamics, machine learning and deep learning
- Partial differential equations, numerical method, asymptotic and perturbation theory
Email: 211110103110@stu.just.edu.cn
GitHub: https://github.com/TurbulenceChaos
Math Blog: https://turbulencechaos.github.io/